I am a new user to Blender, and the community, but not new to 3D programs having used Poser, 3D max and a few others. So excuse me fo not fully understanding Blender.

Having spent many years as a Healthcare Professional, and also working in IT design and implementation of Healthcare I have for the past 6 years working on a concept on how to show your personal health record using 3D and techniques used in 3D programs such as Blender.

I can show my record visually, my problems, my medications, diagnosis, operations, the concept can also share this information with other Healthcare professionals, such as Doctors, Dentists very easily, more importantly, it is so easy to understand any person would understand the record without having to know medical terminology. The other advantage is a doctor could share information back to me.

My problem is, I need to develop this concept with the help of a 3D developer program such as Blender.
It is not new technology that is needed, any 3D program can produce this, it would be how the information would be stored and generated and used that would need developing.

Those that I have shown this concept over the past 2 years love this, and I would love to find someone, a group, or a company that would be willing to start a new revolution in Personal Healthcare and Hospital Electronic Healthcare Records.

The biggest challenge is to create a mapping from medical records terminology to specific parts or sites on a model. This might a good place for natural language processing/feature extraction techniques or maybe machine learning classification.

The 2nd big problem is labeling all the parts/sites on a human model.

There are some models of the human body floating around, some of which have been mentioned in this forum.

Thanks for replying, and yes, The biggest challenge has been to create a mapping from medical records terminology to specific parts or sites on a model. it is why it has taken many year to resolve this, and where development and a slight change in the way 3D programs are used.

I have to be carefull here to protect the concept of how it all works, but secondary to this it can basically be mapped back to SnomedCT terminology which is an international coding system for clinical information.

At the moment there are approximatly 4.3 million codes in SnomedCT, a big challange is to map this, but as long as my concept and the development needed in this area is completed, then I am certain that international clinical organisation would open this with open arms.

Even in this area the cocept is not new, it is using existing technology in a way that has not been used before.

Therefore if anyone can help, or even Blender I would love to share with you in confidence the details to see if we can drive and develop this into a usable product that could potentially be used by anyone in the world.

The 3.0 version is a major update but it has "only" 934 parts and the hi-resolution version, imported in blender, is a 720 mb file - the lo res is a 170 mb.

Yet now all the parts have their proper name and are not truncated anymore

We are working at a way to have on the fly translation and are translating to spanish them. Maybe i'll have a opportunity to make a small demonstration on next blender conference but, if someone is interested to it, i can post the follow on of the story on the original thread.

There you will find links to the 2.0 version imported to blender and the link to the original japanese database that was in the anterior post.

We have not yet uploaded the 3.0 version of the database model imported to blender. Main reason is that the import is far from complete. It has only some primitive texturization, the translation to spanish is not complete and no retopo at all.

The problem is that the Universidad de Costa Rica cut the places of the two assistant that were helping on this job, so we can work at it only in the spare time, but i think that we could motivate them, Lucia Gonzales and Luis Zarate (credit is due), to keep on if they see that someone appreciate their work.

Luis Zarate, who did the programming for the import, rename and group ordering maybe could help if you explain what is your idea of database management of the parts. And I hope Lucia keep on with the retopo job, to make the model manageable with smaller machines.